Rotten eggs Potential Overcome Stroke and Heart Attack

Who would linger store that has a rotten egg? The smell would make anyone want to get rid of it. However, it turns rotten egg benefits may outweigh the disadvantages.

Researchers identify specific content that was produced rotten eggs proved to be beneficial for health. The content of a gas called hydrogen sulfide has proven effective in restoring mitochondrial function that has been damaged and treat diseases such as stroke, heart attack, and dementia.

The study, conducted by researchers from the University of Exeter found that a new compound known as AP39 in rotten eggs can target specific cells such as in the mitochondria in the cell. Mitochondria are known as the "brain" of the cell: regulating growth, cycle, and cell death. Mitochondria are also a source of chemical energy of the cell.

Because it has a meaningful role in the cell, then the cell interior can also regulate the cell's ability to fight diseases, such as cardiovascular disease. So the researchers believe, to prevent damage to mitochondria may provide a therapeutic effect in certain conditions such as stroke, heart failure, arthritis, diabetes, dementia, and even aging.

AP39 compounds can send small amounts of hydrogen sulfide gas in the cell to start working. In addition found in rotten eggs, the gas was also found in human fart.

Study author Mark Wood said, although it smells pungent and putrid, rotten eggs and farts but humans produce natural gas that are beneficial to health. Even so, the hydrogen sulfide gas can be lethal in large doses.

Previously, researchers have studied the effects of the study of hydrogen sulfide in its role to fight against aging. In a study in 2013, for example, researchers found that the gas has an impact on the cardiovascular system and the nervous system in the body. Researchers then recorded, hydrogen sulfide may be a potent agent to prevent and slow the symptoms of aging and degenerative diseases.

In a recent study, researchers used to target the compound AP39 mirokondria. Previously the gas has been shown to increase the likelihood of survival up to 80 percent of the mitochondria that are already in a state of disrepair.

Professor Matt Whitemen of the University of Exeter Medical School said, when cell stress due to illness, they will form the enzyme to produce hydrogen sulfide. Gas was made ​​mitrokondria work so keep cells alive. If this process does not occur, then the cell will die and not be able to survive and to control inflammation. The process is then engineered using APT9 compound obtained from the rotten egg.